public bool WithdrawAmount(ICardAccount cardAccount, decimal withdrawValue)
{
cardAccount.CardCash = cardAccount.CardCash - withdrawValue;
if (cardAccount.CardCash < 0)
{
return(false);
}
return(true);
}
private static bool WithdrawSum(
AtmEntities dbContext,
CardAccountRepository cardAcountRepo,
TransactionHistoryRepository tarnsactionHystoryRepo,
ICardAccount cardAccount)
{
var transactionsHandler = new TransactionsHandler(dbContext, cardAcountRepo, tarnsactionHystoryRepo);
var consoleHandler = ConsoleHandler.Instance;
consoleHandler.Print("Enter value to withdraw: ");
var withdrawValueInput = consoleHandler.GetStringInput();
decimal withdrawValue = new decimal();
if(!decimal.TryParse(withdrawValueInput, out withdrawValue))
{
return false;
}
return transactionsHandler.WithdrawTransaction(cardAccount.CardNumber, cardAccount.CardPin, withdrawValue);
}
private static bool WithdrawSum(
AtmEntities dbContext,
CardAccountRepository cardAcountRepo,
TransactionHistoryRepository tarnsactionHystoryRepo,
ICardAccount cardAccount)
{
var transactionsHandler = new TransactionsHandler(dbContext, cardAcountRepo, tarnsactionHystoryRepo);
var consoleHandler = ConsoleHandler.Instance;
consoleHandler.Print("Enter value to withdraw: ");
var withdrawValueInput = consoleHandler.GetStringInput();
decimal withdrawValue = new decimal();
if (!decimal.TryParse(withdrawValueInput, out withdrawValue))
{
return(false);
}
return(transactionsHandler.WithdrawTransaction(cardAccount.CardNumber, cardAccount.CardPin, withdrawValue));
}
public bool IsCashAmountSufficient(ICardAccount cardAccount, decimal withdrawValue)
{
return(cardAccount.CardCash >= withdrawValue);
}
